To find the value of x in the given context of parallellines intersected by a transversal, we need to consider the properties of parallel lines such as corresponding angles being equal, alternate interior angles being equal, and interior angles on the same side of the transversal being supplementary. The actual numeric value of x however cannot be determined without knowing the values of other angles in the diagram or seeing the diagram itself.
Based on the information provided, if line p is parallel to line f and line t intersects both, we need to consider the properties of parallel lines intersected by a transversal to find the value of x. According to this concept, corresponding angles are equal, alternate interior angles are equal, and interior angles on the same side of the transversal are supplementary (their sum is 180 degrees).
In the diagrams, if the angle's measure associated with variable 'x' is a corresponding angle or alternate interior angle with a known angle, then x is equal to that known angle. If the 'x' is related to an unknown angle which forms an interior angle on the same side of the transversal with a known angle, then x = 180 - the known angle, due to the interior angles' supplementary property on the same side of transversal.
However, without the specific diagram or the values of the other angles, it is impossible to provide a definite numeric value for x.
#SPJ12
Answer: 6,8 and 10
Step-by-step explanation:
To find the length , all we need to find is the distance between each point ,
the formula for calculating distance between two points is given by :
D =
Let the points be :
A ( -5,-1)
B(-5,5)
C(3,-1)
Calculating the length AB , we have
D1 =
D1 =
D1 =
D1= 6
Calculating the length AC , we have
D2 =
D2 =
D2 =
D2 = 8
Calculating the length BC , we have
D3 =
D3 =
D3 =
D3 = 10
Therefore ,the length of the sides of the triangle are 6,8 and 10
X3+X (that 3 is supposed to be representing that the X is cubed)
We have to use the property of rhombus that diagonals bisects each other and form 90 degree.
So we have to use pythagorean identity here
x=12
So the other diagonal is 12*2=24.
And area of rhombus =0.5(product of diagonals)
=0.5*10*24 =120
the names of the players in order from the lowest percentage of baskets made to the highest
percentage of baskets made. heeeeeeeeeeeeeeeeeeeeeelp due tomorrow!!!!!!!
answer asap
304 is 40% of 760 I hope this helps :)
40% of 760 is 304 :)